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Goal

The major purpose was to collect physicochemical data to evaluate the aquatic system's water quality and to give trend data for monitoring quality deviations. This was critical for determining the impact of numerous operations along the water system, which were increasing disruptive runoff and lowering water quality.

 Our Challenge.

The biggest obstacle encountered throughout this study was getting to the sample sites, which were vulnerable to strong mid-stream currents. Keeping the sampling team safe and the samples intact under such conditions necessitated cautious preparation and execution.

Our Insight

It was noticed that activities along the water system greatly led to disruptive runoff, which degraded the water quality in the aquatic system. Continuous monitoring was required to successfully detect and minimize these consequences.

Our Results:

 
Sample Collection:  Mets Laboratory's scientists collected extensive samples for physicochemical analyses at the sampling location. Despite the difficult conditions, we developed collecting techniques to assure sample integrity and sampler safety. 

Data examination: The rigorous examination of the physicochemical data resulted in updated and critical water quality parameters at the collecting location. This information was critical in assessing the present level of water quality and making educated decisions about conservation.

Trend Monitoring: Mets Laboratory's collection and testing services guaranteed that the client had access to crucial values from physicochemical parameters, which were essential for tracking the changes in water quality at the site, allowing the agency to rapidly monitor and respond to any deviations.

In conclusion

The Mets Laboratory's approach to sample collection and analysis aided the federal agency in managing and monitoring the water quality of an important aquatic system in QATAR.